Namaqualand 0-6-0T 1871

Namaqualand Railway mule train, c. 1876

Type and origin
Power type	Steam
Designer	Lilleshall Company
Builder	Lilleshall Company
Serial number	171, 190
Build date	1870, 1871

Specifications
Configuration	0-6-0T (Six-coupled)
Gauge	2 ft 6 in (762 mm) Namaqualand
Coupled dia.	22 in (559 mm)
Adhesive weight	6 LT 10 cwt (6,604 kg)
Loco weight	6 LT 10 cwt (6,604 kg) w/o
Tender weight	3 LT (3,048 kg)
Fuel type	Coal
Boiler pressure	100 psi (689 kPa) normal working 120 psi (827 kPa) maximum
Cylinders	Two
Cylinder size	John King: 6 in (152 mm) bore 12 in (305 mm) stroke Miner: 7 in (178 mm) bore 14 in (356 mm) stroke

Performance figures
Tractive effort	1,473 lbf (6.55 kN) @ 100 psi (689 kPa) 1,760 lbf (7.8 kN) @ 120 psi (827 kPa)

Career
Operators	Cape Copper Mining Company
Number in class	2
Official name	John King & Miner
Delivered	1871
First run	1871

The Cape Copper Mining Company 0-6-0T of 1871 were two South African steam locomotives from the pre-Union era in the Cape of Good Hope.

In 1871, two 2 feet 6 inches (762 millimetres) gauge tank locomotives with a 0-6-0 wheel arrangement were placed in service by the Cape Copper Mining Company. They were the first steam locomotives to enter service on the hitherto mule-powered Namaqualand Railway between Port Nolloth and the Namaqualand copper mines around O'okiep in the northwestern Cape of Good Hope.^[1]

Cape Copper Company

The Cape Copper Company had its origin in the Cape Copper Mining Company, which was established in 1862 or 1863 as the Cape of Good Hope Copper Mining Company, to take over the copper mining properties of Phillips & King, an enterprise which had been involved in copper mining in Namaqualand since the 1850s. John King, one of the members of the defunct Phillips & King, was appointed a director of the new mining company. The Cape Copper Mining Company was restructured as the Cape Copper Company in 1888.^[1]

Namaqualand Railway

Copper ore had to be transported by ox wagon from the mines around O'okiep to the harbour at Port Nolloth on the West Coast. The poor roads through mountainous areas hindered development of the mines and the already high transport cost was often aggravated by droughts and animal sickness. This eventually led to the decision by the mining company to build a light railway between the port and the mines, on advice from civil engineer R. Thomas Hall, Superintendent of the narrow gauge Redruth and Chacewater Railway in Cornwall.^[1]^[2]

The proposed construction of a narrow gauge railway in the Cape of Good Hope dates back to 1854, when the board of the Cape Town Railway and Dock Company considered a proposal to construct a railway between Port Nolloth and O'okiep in Namaqualand. Since they were not empowered to authorise such construction, the proposal was forwarded to the London board with a recommendation for its favourable consideration.^[3]

The first 48 miles (77 kilometres) long section of the Namaqualand Railway, from Port Nolloth to Nonams, was authorised by the Cape Government under Act no. 4 of 1869 and construction of the 2 feet 6 inches (762 millimetres) gauge railway commenced on 4 September 1869. Anenous, to the west of Nonams, was reached on 1 January 1871. Nonams was bypassed by the railway and Steinkopf was reached in 1873. The 93 ¹⁄₂ miles (150 kilometres) long line between Port Nolloth and O'okiep was opened on 1 January 1876.^[1]^[3]

The line passed through sandy terrain from the coast and then made a rapid ascent of 2,000 feet (610 metres), about 35 miles (56 kilometres) inland, with a very steep gradient en route in Dick's Cutting.^[3]

Since the line was to be mule-powered, it was constructed using iron bridge rails, mounted on longitudinal sleepers in order to allow free passage to the animals that worked the line. Typical mule trains were made up of ten pairs of wagons, each pair hauled by four mules harnessed in tandem.^[1]

The Lilleshall locomotives

Even though the Act of 1869, which authorised the construction of the first section of the railway to Nonams, near Anenous, did not provide for the use of steam power on the line, two "illegal" tank locomotives were acquired by the mining company in 1871, on an experimental basis. They were built by Lilleshall Company of Oakengates in Shropshire in 1870 and 1871. To date, no photographs or drawings of either of the locomotives have been found, but they are known to have been non-identical six-wheeled side-tank engines.^[1]

The engine John King

The first locomotive, named John King after the company director and former head of the defunct Phillips & King, arrived in Port Nolloth on the ship Ocean King in December 1870 or January 1871. It was a six-coupled tank engine, which was used with a separate tender because of the shortage of water along the line. It is unclear whether the tender was also imported or constructed locally. The locomotive had cylinders of 6 inches (152 millimetres) bore and 12 inches (305 millimetres) stroke.^[1]

The engine John King entered service on 1 February 1871, making daily round trips from Port Nolloth to the 35 Miles Station, hauling as many as ten wagons with gross train weights of 20 tons up and 35 tons down.^[1]

The engine Miner

The second locomotive, named Miner, arrived in September 1871. This locomotive was larger, with cylinders of 7 inches (178 millimetres) bore and 14 inches (356 millimetres) stroke. Apart from the cylinder size, no other details about this locomotive are known and the rest of the specifications, as shown in the infobox above, are all applicable to the engine John King only. While the engine Miner was also six-wheeled, it has not been confirmed that it was also six-coupled and it could therefore possibly have been of a 0-4-2 or 2-4-0 wheel arrangement. The fact that it was larger than the engine John King, however, makes it likely that it was also of a 0-6-0 wheel arrangement. It is presumed to also have been used in a tank-and-tender configuration.^[1]

Service

The locomotives were less than successful. They turned out to be too light, were adversely affected by the sandy conditions and suffered frequent boiler tube failures. At one stage in 1873, only two years after entering service, both locomotives were reported as being under repair, with mules handling all traffic. Both engines were withdrawn from mainline service in 1876 and relegated to hauling ballast trains and emergency use. By 1884, the engine Miner was dismantled, awaiting boiler repairs which never happened. The engine John King was still at work in May 1887, but in July its boiler was borrowed to replace the failed boiler of the tug Nolloth. The borrowed boiler was returned in November 1887, but the engine John King was never repaired again.^[1]

References

1 2 3 4 5 6 7 8 9 10 Bagshawe, Peter (2012). Locomotives of the Namaqualand Railway and Copper Mines (1st ed.). Stenvalls. pp. 8–11. ISBN 978-91-7266-179-0.
↑ The South African Railways - Historical Survey. Editor George Hart, Publisher Bill Hart, Sponsored by Dorbyl Ltd., Published c. 1978, p. 9.
1 2 3 Espitalier, T.J.; Day, W.A.J. (1944). The Locomotive in South Africa - A Brief History of Railway Development. Chapter II - The Cape Government Railways (Continued). South African Railways and Harbours Magazine, April 1944. pp. 253-257.

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Locomotives of the Cape of Good Hope

7' ¼" gauge	East London 0-4-0 Table Bay 0-4-0ST Table Bay 0-4-0T Table Bay 0-4-0WT

4' 8½" gauge	Cape 0-4-0T Cape 0-4-2 Cape 2-4-0T CGR 0-4-0ST Aid

3' 6" gauge	CGR 0-4-0ST 1873 CGR 0-4-0ST 1874 CGR 0-4-0ST 1881 Coffee Pot CGR 0-6-0ST 1902 CGR 0-6-0T 1876 Back-to-Back CGR 2-6-0ST 1900 CGR 2-6-0ST 1902 CGR 1st Class 0-4-0ST 1875 CGR 1st Class 0-4-0ST 1876 CGR 1st Class 2-6-0 1876 Beyer, Peacock CGR 1st Class 2-6-0 1876 Kitson CGR 1st Class 2-6-0 1879 CGR 1st Class 2-6-0 1891 CGR 1st Class 2-6-0ST 1876 CGR 1st Class 4-4-0 1879 CGR 1st Class 4-4-0T 1875 CGR 1st Class 4-4-0TT 1881 CGR 2nd Class 2-6-2TT CGR 2nd Class 4-4-0T CGR 3rd Class 2-6-0T CGR 3rd Class 4-4-0 1883 CGR 3rd Class 4-4-0 1884 CGR 3rd Class 4-4-0 1889 CGR 3rd Class 4-4-0 1898 CGR 3rd Class 4-4-0 1901 CGR 3rd Class 4-4-0 1903 CGR 4th Class 4-4-2 CGR 4th Class 4-6-0TT 1880 CGR 4th Class 4-6-0TT 1882 CGR 4th Class 4-6-0TT 1884 CGR 5th Class 1890 CGR 5th Class 1891 CGR 6th Class 1893 CGR 6th Class 1896 CGR 6th Class 1897 CGR 6th Class 1898 CGR 6th Class 1900 CGR 6th Class 1901 Baldwin CGR 6th Class 1901 Schenectady CGR 6th Class 1901 Neilson Reid CGR 6th Class 1902 CGR 6th Class 1904 CGR 6th Class 2-6-2 CGR 6th Class 2-6-4 CGR 7th Class 1892 CGR 7th Class 1896 CGR 7th Class 1902 CGR 8th Class 1901 CGR 8th Class 1902 CGR 8th Class 2-8-0 1903 CGR 8th Class 4-8-0 1903 CGR 8th Class 4-8-0 1903 Exp CGR 8th Class 2-8-0 1904 CGR 8th Class 4-8-0 1904 CGR 9th Class 1903 CGR 9th Class 1906 CGR 10th Class CGR Fairlie CGR Karoo 1903 CGR Karoo 1904 CGR Karoo Compound CGR Kitson-Meyer CGR Mountain 4-8-2 CGR Railmotor CGR Tandem Compound 1902 CGR Tandem Compound 1903 Kowie Railway 0-6-0T Kowie Railway 4-4-0T Metropolitan & Suburban 4-6-2T NCCR 7th Class 1899 NCCR 7th Class 1913 Port Elizabeth 0-4-0ST

2' 6" gauge	Cape Copper 0-6-0T 1871 Cape Copper Britannia Cape Copper Caledonia Cape Copper Clara Class Cape Copper Condenser Cape Copper Scotia Class Namaqua Copper Pioneer

2' gauge	CGR Baldwin 2-6-0 CGR NG 0-4-0T CGR NG 0-6-0T CGR NG 4-6-2T CGR Type A CGR Type B CGR Type C

List of South African locomotive classes South African locomotive history

Locomotives of South Africa

Steam

7' ¼" gauge	East London Harbour 0-4-0 Table Bay Harbour 0-4-0ST Table Bay Harbour 0-4-0T Table Bay Harbour 0-4-0WT

4' 8½" gauge	Cape 0-4-0T Blackie Cape 0-4-2 Cape 2-4-0T CGR 0-4-0ST Aid Natal 0-4-0ST Durban Natal 0-4-0WT Natal Natal 4-4-0T Perseverance

3' 6" gauge Tank engines	CGR 0-4-0ST 1873 CGR 0-4-0ST 1874 CGR 0-4-0ST 1881 Coffee Pot CGR 0-6-0ST 1902 CGR 0-6-0T 1876 Back-to-Back CGR 2-6-0ST 1900 CGR 2-6-0ST 1902 CGR 1st Class 0-4-0ST 1875 CGR 1st Class 0-4-0ST 1876 CGR 1st Class 2-6-0ST 1876 CGR 1st Class 4-4-0T 1875 CGR 2nd Class 4-4-0T 1882 CGR 3rd Class 2-6-0T CGR Railmotor CSAR Class C CSAR Class E CSAR Rack CSAR Railmotor DSWA Eight-Coupled Tank 2-8-0T Durban's Congella Durban's Edward Innes Durban's John Milne Durban's Sir Albert Port Elizabeth Harbour 0-4-0ST Kowie Railway 0-6-0T Kowie Railway 4-4-0T Metropolitan & Suburban 4-6-2T NGR 2-6-0T Durban & Pietermaritzburg NGR Class I 2-6-2T NGR Class K 0-4-0ST NGR Class K 0-6-0ST NGR Class K 2-6-0T NZASM 10 Tonner NZASM 13 Tonner NZASM 14 Tonner NZASM 18 Tonner NZASM 19 Tonner NZASM 32 Tonner NZASM 40 Tonner PPR 26 Tonner PPR 35 Tonner Portuguese SAR 0-4-0ST 1903 SAR 0-4-0T no. 69 SAR Class A SAR Class B SAR Class C SAR Class C1 SAR Class C2 SAR Class D SAR Class E SAR Class F SAR Class G SAR Class H SAR Class H1 SAR Class H2 SAR Class J SAR Class K SAR Clayton Railmotor

3' 6" gauge Tender engines	CGR 1st Class 2-6-0 1876 Beyer, Peacock CGR 1st Class 2-6-0 1876 Kitson CGR 1st Class 2-6-0 1879 CGR 1st Class 2-6-0 1891 CGR 1st Class 4-4-0 1879 CGR 1st Class 4-4-0TT 1881 CGR 2nd Class 2-6-2TT 1875 CGR 3rd Class 4-4-0 1883 CGR 3rd Class 4-4-0 1884 CGR 3rd Class 4-4-0 1889 CGR 3rd Class 4-4-0 1898 CGR 3rd Class 4-4-0 1901 CGR 3rd Class 4-4-0 1903 CGR 4th Class 4-4-2 CGR 4th Class 4-6-0TT 1880 CGR 4th Class 4-6-0TT 1882 CGR 4th Class 4-6-0TT 1884 CGR 5th Class 4-6-0 1890 CGR 5th Class 4-6-0 1891 DSWA Eight-Coupled Tender 2-8-0 NGR Havelock NGR Class I SAR Class Exp 1 SAR Class Exp 2 SAR Class Exp 3 SAR Class Exp 4 SAR Class Exp 5 SAR Class Exp 6 SAR Class S SAR Class S1 SAR Class S2 SAR Class 1 SAR Class 1A SAR Class 1B SAR Class 2 SAR Class 2C SAR Class 3 SAR Class 3A SAR Class 3B SAR Class 4 SAR Class 4A SAR Class 5 SAR Class 5A SAR Class 5B SAR Class 6 SAR Class 6A SAR Class 6B SAR Class 6C SAR Class 6D SAR Class 6E SAR Class 6F SAR Class 6G SAR Class 6H SAR Class 6J SAR Class 6K SAR Class 6L SAR Class 6Y SAR Class 6Z SAR Class 7 SAR Class 7A SAR Class 7B SAR Class 7C SAR Class 7D SAR Class 7E SAR Class 7F SAR Class 8 SAR Class 8A SAR Class 8B SAR Class 8C SAR Class 8D SAR Class 8E SAR Class 8F SAR Class 8R SAR Class 8X SAR Class 8Y SAR Class 8Z SAR Class 9 SAR Class 10 SAR Class 10A SAR Class 10B SAR Class 10C SAR Class 10D SAR Class 11 SAR Class 12 SAR Class 12A SAR Class 12B SAR Class 13 SAR Class 14 SAR Class 14A SAR Class 14B SAR Class 14C SAR Class 15 SAR Class 15A SAR Class 15B SAR Class 15C SAR Class 15CA SAR Class 15E SAR Class 15F SAR Class 16 SAR Class 16A SAR Class 16B SAR Class 16C SAR Class 16D SAR Class 16DA SAR Class 16E SAR Class 17 SAR Class 18 SAR Class 19 SAR Class 19A SAR Class 19B SAR Class 19C SAR Class 19D SAR Class 20 SAR Class 21 SAR Class 23 SAR Class 24 SAR Class 25 SAR Class 25NC SAR Class 26 Red Devil

3' 6" gauge Articulated engines	CGR Fairlie CGR Kitson-Meyer SAR Class FC SAR Class FD SAR Class GA SAR Class GB SAR Class GC SAR Class GCA SAR Class GD SAR Class GDA SAR Class GE SAR Class GEA SAR Class GF SAR Class GG SAR Class GH SAR Class GK SAR Class GL SAR Class GM SAR Class GMA SAR Class GO SAR Class HF SAR Class KM SAR Class MA SAR Class MB SAR Class MC SAR Class MC1 SAR Class MD SAR Class ME SAR Class MF SAR Class MG SAR Class MH SAR Class MJ SAR Class MJ1 SAR Class U

2' 6" gauge	Cape Copper 0-6-0T 1871 Cape Copper Britannia Cape Copper Caledonia Cape Copper Clara Class Cape Copper Condenser Cape Copper Scotia Class Namaqua Copper Pioneer

2' & 600mm gauges	ACR Class NG-G16A CGR NG 0-6-0T CGR NG 4-6-2T CGR Type A 2-6-4T CGR Type C 0-4-0T DSWA Class Ha DSWA Class Hb DSWA Class Hc DSWA Class Hd DSWA Jung DSWA Zwillinge NGR Class N 4-6-2T SAR NG 0-4-0T 1899 SAR Class NG1 SAR Class NG2 SAR Class NG3 SAR Class NG4 SAR Class NG5 SAR Class NG6 SAR Class NG7 SAR Class NG8 SAR Class NG9 SAR Class NG10 SAR Class NG-G11 SAR Class NG-G12 SAR Class NG-G13 SAR Class NG-G14 SAR Class NG15 SAR Class NG-G16

Electric

Amcoal Class E38

Diesel

3' 6" gauge Diesel-electric	PRASA Class Afro 4000 SAR Class DS SAR Class DS1 SAR Class 31-000 SAR Class 32-000 SAR Class 32-200 SAR Class 33-000 SAR Class 33-200 SAR Class 33-400 SAR Class 34-000 SAR Class 34-200 SAR Class 34-400 SAR Class 34-500 SAR Class 34-600 SAR Class 34-800 SAR Class 34-900 SAR Class 35-000 SAR Class 35-200 SAR Class 35-400 SAR Class 35-600 SAR Class 36-000 SAR Class 36-200 SAR Class 37-000 Spoornet Class 39-000 TFR Class 35-800 TFR Class 39-200 TFR Class 43-000 TFR Class 44-000

2' gauge Diesel-electric	SAR Class 91-000

3' 6" gauge Diesel-hydraulic	SAR Class 61-000

3' 6" gauge Electro-diesel	Spoornet Class 38-000

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